KAMAKIRI X-stage is a compact desktop inspection system designed with high-performance line scan technology.
While being space-saving and easy to operate, it incorporates the same core algorithms used in full-scale inline systems, making it an ideal solution for R&D, pre-production evaluation, or as an entry model before inline system integration.

For large film applications, the stage size can be customized to support wide-format film inspection, allowing measurement of TD (transverse direction) distribution of films up to 1.5 meters wide in just around 5 minutes per scan.
Support for even larger formats is also available upon request.

Feature

  • Desktop-type inspection system with advanced line scan camera technology

  • Uses the same inspection algorithms as inline systems for consistent results

  • Ideal for laboratory use, development, and pre-inline evaluations

  • Customizable stage supports wide films up to 1.5 meters in width

  • TD distribution of wide films can be scanned and evaluated in approx. 5 minutes

  • Compact footprint for easy setup on lab benches or production lines

  • Optional support for films exceeding 1.5 meters – contact us for customization

  • Simple operation with intuitive interface and easy data export

Specification

Model Name KAMAKIRI X-Stage
Main Applications - Sampling inspection- Evaluation of development samples
Key Features

1. Micro-scale strain evaluation

2. High correlation with STS system

3. Convertible to STS configuration

Measured Parameters - Retardation- Principal axis orientation
Retardation Measurement Range 0–260 nm
Retardation Repeatability < ±1 nm  Evaluated using standard phase elements under in-house conditions
Axis Orientation Measurement Range 0–180°
Axis Orientation Repeatability < ±1°  When retardation exceeds 10 nm
Center Measurement Wavelength 543 nm  Other wavelengths available upon request
Number of Measurement Points 424
Software (JP/EN) KAMAKIRI Inline Basic Software
Customization Examples Proven customization for large X-stage (capable of 1-pass scan of 1500 mm-wide film)